Search

Dick L Knox

from Claremore, OK
Age ~74
Get Report
Also known as:
Dickey Knox, Lee Knox Dick
Phone and address:
14303 Dogwood St, Claremore, OK 74017
(918) 342-1393
Related to:
Roberta L Ayres, 45Geoffrey KnocMike Sietsema, 54Britton Inman, 33Pamela Inman, 69Chelsey InmanClayton Sietsema, 52
Connected to:
Ada L Knox, 61Alene B Knox, 80Andy G Knox, 46Antwan M Knox, 46Asa K Knox, 65Baaron W Knox, 38Becca Knox, 36Bo D Knox, 53Bradley D Knox, 69Bryar R Knox, 43

Dick Knox Phones & Addresses

  • 14303 Dogwood St, Claremore, OK 74017 (918) 342-1393
  • 14303 Dogwood Ln, Claremore, OK 74017 (918) 342-1393
  • Sand Springs, OK

Work

Company: First baptist church mounds Address: Po Box 157, Mounds, OK 74047 Phones: (918) 827-6275 Position: Religious leader Industries: Religious Organizations

Resumes

Resumes

Dick Knox Photo 1

Dick Knox

View page
Dick Knox Photo 2

Director Product Engineering At Centrilift

View page
Position:
Director Product Engineering at Centrilift
Location:
Tulsa, Oklahoma Area
Industry:
Oil & Energy
Work:
Centrilift
Director Product Engineering
Education:
Oklahoma State University 1969 - 1972
Dick Knox Photo 3

Dick Knox

View page
Location:
United States

Business Records

Name / Title
Company / Classification
Phones & Addresses
Dick Knox
Religious Leader
First Baptist Church Mounds
Religious Organizations
Po Box 157, Mounds, OK 74047
Dick Knox
President
First Baptist Church Mounds
Religious Organization
1401 Dorman St, Mounds, OK 74047
PO Box 157, Mounds, OK 74047
(918) 827-6275
Dick Knox
Religious Leader
First Baptist Church Mounds
Religious Organizations
Po Box 157, Mounds, OK 74047

Publications

Us Patents

Vibration Damping System For Esp Motor

View page
US Patent:
6566774, May 20, 2003
Filed:
Mar 9, 2001
Appl. No.:
09/803596
Inventors:
Larry James Parmeter - Broken Arrow OK
Dick L. Knox - Claremore OK
Assignee:
Baker Hughes Incorporated - Houston TX
International Classification:
H02K 516
US Classification:
310 90, 310 87
Abstract:
Arrangements are described wherein fluid is supplied under pressure to lubricate and replenish the fluid film located between the rotating, inner bearing sleeve and the outer, stationary sleeve insert of the bearing assemblies of a motor. The sleeve insert is provided with fluid metering passages that permit lubricating fluid to pass through the body of the sleeve insert. The sleeve insert is disposed radially within a sleeve insert holder, and a fluid gap is defined between the two components. During operation, vibration of the rotor shaft within the stator bore is damped by the fluid spring created by the metering of fluid through the sleeve insert. As a result, friction is reduced and the lifespan of the motor increased.

Method For Boosting The Output Voltage Of A Variable Frequency Drive

View page
US Patent:
6586900, Jul 1, 2003
Filed:
May 11, 2001
Appl. No.:
09/853531
Inventors:
Jerald R. Rider - Catoosa OK
James E. Layton - Chelsea OK
John M. Leuthen - Claremore OK
Dick L. Knox - Claremore OK
Assignee:
Baker Hughes Incorporated - Houston TX
International Classification:
H02M 506
US Classification:
318459, 318500, 363 74
Abstract:
A sine wave filter including an inductor for each phase (three inductors) and three delta- or Y-connected capacitors is employed within a borehole power system, coupled within a three phase power system at the surface between the output of a variable frequency drive and a three phase power cable transmitting power to a borehole location, and boosts the output voltage of the drive. The sine wave filter is designed to have a resonant frequency higher than the maximum operational frequency of the drive, and a Q such that, at the maximum operational frequency of the drive, the filter provides a voltage gain equal to the ratio of the desired voltage to the drives maximum output power at the maximum operational frequency. The sine wave filter also smooths the voltage waveform of a pulse width modulated variable frequency drive.

Method For Multi-Phase Data Communications And Control Over An Esp Power Cable

View page
US Patent:
6587037, Jul 1, 2003
Filed:
May 5, 2000
Appl. No.:
09/566841
Inventors:
Gordon L. Besser - Claremore OK
Dick L. Knox - Claremore OK
Jerald Rider - Catoosa OK
Dan D. Toomey - Broken Arrow OK
Assignee:
Baker Hughes Incorporated - Houston TX
International Classification:
H04M 1104
US Classification:
34031001, 34031002
Abstract:
A three phase power cable is employed to transmit data encoded in a phase-to-phase manner within a high frequency carrier signal transmitted simultaneously with power transmitted from surface equipment to downhole components. The high frequency carrier signal is transmitted on all conductors of the power cable, with the signal carried on at least two phases or conductors modulated between the two conductors to encode data between the two phases. Any modulation technique may be employed. Multiple phase-to-phase signals may be encoded and transmitted between different pairs of the power cable conductors, or the same data may be encoded and transmitted in multiple phase-to-phase signals in either a single-ended or differential manner. The high frequency carrier may be employed to transmit data from sensors downhole to the surface equipment, control signals from the surface equipment to the downhole components, or both.

Electrical Submersible Pump Cable

View page
US Patent:
6587054, Jul 1, 2003
Filed:
Mar 5, 2001
Appl. No.:
09/799291
Inventors:
Gordon Lee Besser - Claremore OK
Dick Knox - Claremore OK
Assignee:
Baker Hughes Incorporated - Houston TX
International Classification:
G01V 300
US Classification:
3408549, 3408533, 3408551, 174103, 174115, 174107, 174113 R, 166 664
Abstract:
An electrical submersible pump cable having an integral capacitor. The electrical submersible pump cable has a primary conductor with an insulator surrounding the primary conductor. A coaxial conductive layer surrounds the insulator, wherein the insulator serves as a dielectric between the primary conductor and the coaxial conductive layer. An outer insulating sleeve is provided on an outer surface of the coaxial conductive layer. An inner cable armor surrounds the insulating sleeve, wherein the outer insulating sleeve provides electrical isolation between adjacent wires. An outer cable armor surrounds the inner cable armor. The coaxial conductive layer and primary conductor enables the coupling of data information onto or off of the cable.

Pothead Connector With Elastomeric Sealing Washer

View page
US Patent:
6676447, Jan 13, 2004
Filed:
Jul 18, 2002
Appl. No.:
10/198346
Inventors:
Dick L. Knox - Claremore OK
Assignee:
Baker Hughes Incorporated - Houston TX
International Classification:
H01R 1340
US Classification:
439587, 439274, 439279
Abstract:
A pothead connector for an electrical submersible pump motor includes a housing. A first insulating block is disposed within the housing and has passages for receiving insulated conductors of the power cable. The passages in the first insulating block have counterbores on an second end. A second insulating block is also disposed within the housing. The second insulating block has passages through which the insulated conductors pass. The second insulating block also has protrusions on a first face that are concentric with the counterbores and shaped to fit within the counterbores in the first insulating block. An elastomeric washer is positioned within each of the counterbores. A fastener rigidly secures the second insulating block to the first insulating block, forcing the protrusions against the elastomeric washers to cause the washers to seal around the insulated conductors.

Motor Bearing For Submersible Motors

View page
US Patent:
6956310, Oct 18, 2005
Filed:
Sep 7, 2000
Appl. No.:
09/656683
Inventors:
Dick Lee Knox - Claremore OK, US
Assignee:
Baker Hughes Incorporated - Houston TX
International Classification:
H02K005/16
US Classification:
310 90, 310 87, 384 37, 384218
Abstract:
A submersible pump motor has rotor sections spaced apart from each other with bearings located between. The bearings support the shaft of the rotor within a stator. The bearing is stationary and has a cavity in its outer periphery. A metallic coiled member is positioned along the circumference of the bearing, and rests in the cavity on the outside diameter of the bearing. The coiled member engages the bearing and the inner wall of the stator to prevent rotation of the bearing.

Systems And Methods For Driving Large Capacity Ac Motors

View page
US Patent:
7161456, Jan 9, 2007
Filed:
Mar 9, 2004
Appl. No.:
10/796363
Inventors:
Dick L. Knox - Claremore OK, US
Assignee:
Baker Hughes Incorporated - Houston TX
International Classification:
H01F 27/02
US Classification:
336 90
Abstract:
A drive system for driving large capacity motors includes a motor and a variable frequency drive which accepts input from a three-phase power source. The drive system includes a step-up transformer, preferably of a high-capacity three-phase type, positioned between and electrically connected to the motor and the variable frequency drive to thereby step-up voltage received from the variable frequency drive to be supplied to the motor. The transformer includes a transformer chamber formed in the transformer tank containing a cooling fluid for cooling transformer internal components. A plurality of inductors forming part of a harmonic filter are positioned within the transformer chamber such that they can be protected from the environment and simultaneously cooled with other transformer internal components by the dielectric fluid. The filter includes capacitors that are preferably mounted outside of the tank.

Motor Cooler For Submersible Pump

View page
US Patent:
7188669, Mar 13, 2007
Filed:
Oct 14, 2004
Appl. No.:
10/965019
Inventors:
Aaron Duane Bullock - Odessa TX, US
Dick L. Knox - Claremore OK, US
Assignee:
Baker Hughes Incorporated - Houston TX
International Classification:
E21B 43/00
US Classification:
166105, 166 664, 166 68, 166302
Abstract:
A motor cooler for an electrical submersible pump (ESP). The ESP is typically deployed within casing and defines an annular space between the ESP and the casing. The ESP includes a pump having an intake, a motor cooler pump having an output port, a seal section below the motor cooler pump, and a motor located below a well inlet. Fluid is directed downwardly from the motor cooler pump output port to cool the motor. In one example, a shroud directs fluid received from the motor cooler pump output port downwardly past the motor and back up an outside of the shroud. In another example, longitudinal ribs direct flow in an annular space between the ESP and the casing. Fluid from the motor cooler pump output port is directed downwardly between adjacent ribs over a surface of the motor and then back up between another pair of ribs.
Control profile
Dick L Knox from Claremore, OK, age ~74 Get Report